answersLogoWhite

0

Ok, this answer is pretty obvious; NO, OK JK, the answer is YES! Because... glaciers cause a lot of damage by making it cold, maybe a little death, and it could kill many plants. Thanks, the mysteries.:)

User Avatar

Wiki User

11y ago

What else can I help you with?

Continue Learning about Natural Sciences

Are Glaciers constuctive or destructive?

Glaciers can be both constructive and destructive. They are constructive because they shape the landscape by eroding and transporting rocks and sediments, creating features like valleys and fjords. However, glaciers can also be destructive as they can erode bedrock and cause erosion, leading to changes in the landscape and potential hazards such as glacial outburst floods.


Did constructive or destructive forces make Lake Tahoe?

Lake Tahoe was formed by a combination of both constructive and destructive forces. Constructive forces include tectonic uplift and volcanic activity that created the basin and mountains around the lake. Destructive forces like erosion by glaciers and rivers sculpted the landscape to its current form.


Is erosion a constructive or deconstructive?

Erosion is only a destructive force!Erosion is a destructive force. Destructive erosion is where you take part of one land form away to create a new one. An example of a destructive force is a u-shaped valley. This u-shaped valley use to be a v-shaped valley until ice eroded it away. The ice cuts into the rock and curves it out to form a u-shaped valley.Hope this helped!


How is ice destructive?

The gouging out of 'U' shaped valleys by glaciers. Also the grinding down of mountains during the ice ages, plus the fracturing of rock when rain water seeps into a crack and then expands on freezing in winter, splitting the rock, are all examples of how destructive ice can be.


Is a valley destructive or constructive force?

A hanging valley is a destructive force. This is because the valley is formed by erosion, anything that is causes elevation to fall is destructive.

Related Questions

Are U-shaped valleys destructive or constructive?

U-shaped valleys are considered destructive landforms because they are formed by the erosive action of glaciers. Glaciers carve out these valleys by plucking and abrasion, which erode the surrounding rock and soil. The resulting U-shaped valleys often leave behind steep, rocky walls and a flat valley floor, reshaping the landscape in the process.


Are Glaciers constuctive or destructive?

Glaciers can be both constructive and destructive. They are constructive because they shape the landscape by eroding and transporting rocks and sediments, creating features like valleys and fjords. However, glaciers can also be destructive as they can erode bedrock and cause erosion, leading to changes in the landscape and potential hazards such as glacial outburst floods.


What is a Destructive erosion?

Destructive erosion refers to the process by which land is worn away by natural forces such as water, wind, or glaciers. It can lead to loss of soil, vegetation, and landforms, and can have negative impacts on ecosystems and human infrastructure. Effective land management practices are important for mitigating the effects of destructive erosion.


Moving ice glaciers in antarctica break up and move the lad beneath it destructive?

As glaciers in Antarctica move, they exert immense pressure on the land beneath, causing it to deform and sometimes break apart. This process, known as glacial isostatic adjustment, can lead to the creation of crevasses and fissures in the ice, which may further destabilize the glacier. Additionally, the melting of these glaciers contributes to rising sea levels, posing a significant threat to coastal ecosystems and human settlements worldwide. The combination of these factors highlights the destructive impact of moving glaciers on both the land and the environment.


Is a glacier a destructive force?

both - it can form lakes by cutting land out (to form lakes) or making drumlins and moraines. a glacier could also transport an erratic, many of which can be found in nyc's central parkhope this helps!


Did constructive or destructive forces make Lake Tahoe?

Lake Tahoe was formed by a combination of both constructive and destructive forces. Constructive forces include tectonic uplift and volcanic activity that created the basin and mountains around the lake. Destructive forces like erosion by glaciers and rivers sculpted the landscape to its current form.


Is erosion a constructive or deconstructive?

Erosion is only a destructive force!Erosion is a destructive force. Destructive erosion is where you take part of one land form away to create a new one. An example of a destructive force is a u-shaped valley. This u-shaped valley use to be a v-shaped valley until ice eroded it away. The ice cuts into the rock and curves it out to form a u-shaped valley.Hope this helped!


How is ice destructive?

The gouging out of 'U' shaped valleys by glaciers. Also the grinding down of mountains during the ice ages, plus the fracturing of rock when rain water seeps into a crack and then expands on freezing in winter, splitting the rock, are all examples of how destructive ice can be.


Why is glaciers constructive?

A glacier is constructive because it can provide water for us and help us I away. In my opinion thought, I think these magnificent thins are more destructive than constructive. :)


Is a valley destructive or constructive force?

A hanging valley is a destructive force. This is because the valley is formed by erosion, anything that is causes elevation to fall is destructive.


Is glacier abrasion formed by constructive or destructive process?

Glacier abrasion is a destructive process. It occurs when glaciers slide over bedrock, grinding and scraping the surface beneath them with the debris they carry, which leads to the erosion of the landscape. This process shapes landforms like U-shaped valleys and fjords, illustrating its role in reshaping geological features.


What are the different types of glaciers?

Ice Sheets Ice Shelves Ice Caps Ice Streams/Outlet Glaciers Icefields Mountain Glaciers Valley Glaciers Piedmont Glaciers Cirque Glaciers Hanging Glaciers Tidewater Glaciers